The phenomenon of the very local (≤3 Mpc) Hubble flow is studied on the basis of the data of recent precision observations. A set of computer simulations is performed to trace the trajectories of the flow galaxies back in time to the epoch of the formation of the Local Group. It is found that the “initial conditions” of the flow are drastically different from the linear velocity-distance relation. The simulations enable one also to recognize the major trends of the flow evolution and identify the dynamical role of universal antigravity produced by the cosmic vacuum
Using a suite of N-body simulations in different cold dark matter (CDM) scenarios, with cosmological...
We review the increasing evidence for the cosmological relevance of the cold local Hubble flow. New ...
In the current state of cosmology, where cosmological parameters are being measured to percent accur...
The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent hig...
The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent hig...
The problem of the physical nature of the Hubble flow in the Local Volume ($D < 10$ Mpc) stated by S...
We use updated data on distances and velocities of galaxies in the proximity of the Local Group (LG)...
Based on the increasing evidence of the cosmological relevance of the local Hubble flow, we consider...
We present Hubble Space Telescope/WFPC2 images of eighteen galaxies situated in the vicinity of the ...
Artículo de publicación ISIZehavi et al. have suggested that the Hubble flow within 70 h(-1) Mpc may...
Accepted, in press in Astron. Nachr. / AN 333, No. 5, 433 -- 437 (2012)Cosmic Flows is a program to ...
Cepheid distances of local galaxies (<7 Mpc) are used to study the very nearby velocity field, as pi...
Recently, observational data and high precision mapping of the local velocity field of Local Group ...
A new physical framework for the emergence of the Hubble sequence is outlined, based on novel analys...
The kinematics of galaxies with 10 megaparsecs (10 Mpc) of the Milky Way are investigated using publ...
Using a suite of N-body simulations in different cold dark matter (CDM) scenarios, with cosmological...
We review the increasing evidence for the cosmological relevance of the cold local Hubble flow. New ...
In the current state of cosmology, where cosmological parameters are being measured to percent accur...
The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent hig...
The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent hig...
The problem of the physical nature of the Hubble flow in the Local Volume ($D < 10$ Mpc) stated by S...
We use updated data on distances and velocities of galaxies in the proximity of the Local Group (LG)...
Based on the increasing evidence of the cosmological relevance of the local Hubble flow, we consider...
We present Hubble Space Telescope/WFPC2 images of eighteen galaxies situated in the vicinity of the ...
Artículo de publicación ISIZehavi et al. have suggested that the Hubble flow within 70 h(-1) Mpc may...
Accepted, in press in Astron. Nachr. / AN 333, No. 5, 433 -- 437 (2012)Cosmic Flows is a program to ...
Cepheid distances of local galaxies (<7 Mpc) are used to study the very nearby velocity field, as pi...
Recently, observational data and high precision mapping of the local velocity field of Local Group ...
A new physical framework for the emergence of the Hubble sequence is outlined, based on novel analys...
The kinematics of galaxies with 10 megaparsecs (10 Mpc) of the Milky Way are investigated using publ...
Using a suite of N-body simulations in different cold dark matter (CDM) scenarios, with cosmological...
We review the increasing evidence for the cosmological relevance of the cold local Hubble flow. New ...
In the current state of cosmology, where cosmological parameters are being measured to percent accur...